NCV4264-2ST33T3G

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Voltage regulators are components that are used in various electronic circuits. They are responsible for regulating the voltage that is produced by a power source. The NCV4264-2ST33T3G is a type of voltage regulator from STMicroelectronics. It is a linear, low drop-out (LDO) regulator.

This device operates in a wide input voltage range from 2.7V to 45 V and provides a fixed output voltage of 3.3V. It offers a high level of accuracy in output voltage that is ±0.6% and very low quiescent current which is typically only 32μA. The low quiescent current is provided by the various current sinks that are built into the device. The device also features a low output noise and a thermal shutdown protection.

The NCV4264-2ST33T3G is suitable for a wide range of applications. Its low output noise makes it an ideal choice for powering noise-sensitive applications such as audio amplifiers. The device is also suitable for powering digital integrated circuits such as micro-controllers, memories and DSPs.

The working principle of the NCV4264-2ST33T3G is based on a PNP-type characteristic. The device uses the current in its PNP-type transistor to generate a constant output voltage. The device also uses a Constant Current Design (CCD) technology. This technology helps to provide an accurate output voltage and a low quiescent current.

To ensure the safe operation of the device, it includes protection features such as a thermal shutdown and an over-temperature protection feature. This ensures that the device operates safely even at high temperatures. The device also incorporates an internal current limiting circuit which prevents the device from overloading and allows the device to be used in applications with high-power demands.

The NCV4264-2ST33T3G is a versatile, high-performance voltage regulator. It provides an accurate output voltage, low quiescent current, low output noise and various protection features. It is suitable for applications such as powering digital integrated circuits, audio amplifiers, and other noise-sensitive applications.

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